Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. PROCEDURE FOR THE INDIVIDUAL TRACEABILITY OF DENTAL IMPLANT PARTS, in particular, first parts that constitute dental implants and second parts that constitute the prostheses to be connected to an implant, wherein the procedure includes the following steps: association of first parts and second parts, once a fabrication process has concluded, with an identification code that is unique and different for each first part of the first parts and for each second part of the second parts; incorporation into a first individual packaging in which each first part is distributed and marked with the unique identification code associated with each first part; incorporation into a second individual packaging in which each second part is distributed and marked with the unique identification code associated with each second part; implementation of specific management software linking the first parts and the second parts in a website on the Internet, which associates the single identification code of each first part and each second part with the traceability information and specific fabrication characteristics of that first part or second part, respectively, in particular, which associates the identification code of a first part with the identification code of a second part, storing all the traceability information of both first part and second part and giving access to that information, when the code of that first part or second part is entered in the website by a user.
This invention relates to a system for tracking dental implant components, specifically the implant fixtures and the prosthetic parts that attach to them. The system addresses the need for precise traceability of individual dental implant components throughout their lifecycle, ensuring accurate matching between implants and prostheses and facilitating access to fabrication details and quality control data. The procedure involves assigning a unique identification code to each implant fixture and each prosthetic part upon completion of manufacturing. These codes are distinct for every component. The implant fixtures are packaged individually, with their unique codes marked on the packaging. Similarly, prosthetic parts are packaged individually, with their corresponding unique codes marked on their packaging. A dedicated software system is used to manage the traceability data. This software creates a digital link between each implant fixture and its corresponding prosthetic part by associving their unique identification codes. The system stores detailed traceability information, including fabrication characteristics, for both components. Users can access this information by entering the identification code of either the implant fixture or the prosthetic part into a web-based interface. This ensures that dental professionals can verify compatibility, track component history, and access critical manufacturing details throughout the implant's lifecycle.
2. PROCEDURE FOR THE INDIVIDUAL TRACEABILITY OF DENTAL IMPLANT PARTS based on claim 1 , wherein the single identification code is a numerical code.
This invention relates to a system for tracking individual dental implant components to ensure traceability throughout their lifecycle. The problem addressed is the lack of precise identification of dental implant parts, which can lead to complications in tracking manufacturing, sterilization, and patient-specific usage. The solution involves assigning a unique numerical code to each implant component, enabling detailed tracking from production to clinical application. The numerical code is stored in a database linked to the component, allowing for verification of authenticity, batch information, and usage history. The system ensures that each implant part can be individually traced, improving quality control, recall management, and patient safety. The numerical code may be encoded in a machine-readable format, such as a barcode or RFID tag, for easy scanning and data retrieval. The database integrates with manufacturing and clinical systems to provide real-time traceability, ensuring that each component's journey is documented and verifiable. This approach enhances regulatory compliance and reduces risks associated with counterfeit or improperly handled implants. The invention is particularly useful in dental practices and implant manufacturing facilities where precise tracking of components is critical.
3. PROCEDURE FOR THE INDIVIDUAL TRACEABILITY OF DENTAL IMPLANT PARTS as set out in claim 1 wherein a single identification code is incorporated into the first individual packaging of each first part and into the second individual packaging of each second part, or at least recorded on a radio frequency label.
This invention relates to a system for tracking individual components of dental implants to ensure traceability throughout their lifecycle. The problem addressed is the lack of precise identification and tracking of dental implant parts, which can lead to errors in assembly, compatibility issues, and difficulties in managing recalls or quality control. The solution involves assigning a unique identification code to each part of the dental implant system. This code is embedded in the individual packaging of each component or recorded on a radio frequency identification (RFID) label. The system ensures that every part, including screws, abutments, and other components, can be uniquely identified and traced from manufacturing to final implantation. The use of RFID labels allows for automated tracking and inventory management, reducing human error and improving efficiency in dental clinics and manufacturing facilities. The unique identification code enables precise record-keeping, facilitating compliance with regulatory requirements and enhancing patient safety by ensuring the correct parts are used in each procedure. This approach improves supply chain transparency and simplifies the process of identifying and replacing defective or recalled components.
4. PROCEDURE FOR THE INDIVIDUAL TRACEABILITY OF DENTAL IMPLANT PARTS, of claim 1 , wherein a single identification code is incorporated into the first individual packaging of each first part and into the second individual packaging of each second part, or at least printed on an adhesive label.
This invention relates to a system for ensuring the traceability of dental implant components. The problem addressed is the need to uniquely identify and track individual parts of dental implants throughout their lifecycle, from manufacturing to clinical use, to ensure quality control, prevent counterfeiting, and facilitate recalls if necessary. The procedure involves assigning a unique identification code to each component of a dental implant system. These components include a first part, such as an abutment or prosthetic attachment, and a second part, such as a dental implant fixture or screw. Each part is individually packaged, and the identification code is incorporated into the packaging or printed on an adhesive label. The code may be a barcode, QR code, or other machine-readable format. The system ensures that each part can be traced back to its origin, batch, and manufacturing details, allowing for precise tracking in inventory and clinical use. The identification code may be embedded in the packaging material or applied as a label, ensuring it remains intact until the part is used. This traceability system helps dental professionals verify the authenticity of components, track their usage, and maintain accurate records for regulatory compliance. The solution enhances patient safety by reducing the risk of using mismatched or counterfeit parts in dental procedures.
5. PROCEDURE FOR THE INDIVIDUAL TRACEABILITY OF DENTAL IMPLANT PARTS, of claim 1 , wherein the single identification code is incorporated into the first individual packaging of each first part and into the second individual packaging of each second part recorded on a radio frequency label and printed on two adhesive labels.
6. UNITARY IDENTIFICATION SYSTEM for the implementation of an individual traceability procedure for implant parts, in particular, first parts that constitute dental implants and second parts that constitute the prostheses to be connected to an implant, wherein the system consists of a numerical code that is unique and different for each first part and each second part, and specific management software that associates each code with the traceability information and specific fabrication characteristics of each part with which each code is associated, and that associates/links the identification code of a first part with the identification code of the second part.
A unitary identification system provides traceability for dental implant components, including both the implant itself (first part) and the corresponding prosthesis (second part). The system addresses challenges in tracking individual parts throughout their lifecycle, ensuring accurate matching between implants and prostheses, and maintaining detailed records of fabrication and usage. The system assigns a unique numerical code to each first part (implant) and each second part (prosthesis). These codes are distinct and non-repeating, ensuring no confusion between different components. Specialized management software links each code to traceability data, such as manufacturing details, material specifications, and quality control records. Additionally, the software establishes a direct association between the identification code of an implant and the code of its corresponding prosthesis, ensuring proper pairing during clinical use. This approach enhances precision in dental implant procedures by preventing mismatches and simplifying inventory management. The system also supports regulatory compliance by maintaining a comprehensive digital record of each component’s history, from production to implantation. The integration of unique identifiers and automated software management streamlines workflows for dental professionals and manufacturers alike.
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December 31, 2019
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